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    2. Importance of artificial intelligence in evaluating climate change and food safety risk

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    Collection:
    Agricultural Communications Documentation Center (ACDC)
    Contributers:
    Karanth, Shraddha (author), Benefo, Edmund O. (author), Patra, Debasmita (author), and Pradhan, Abani K. (author)
    Format:
    Journal article
    Publication Date:
    2022-12-20
    Published:
    Netherlands: Elsevier B.V.
    Location:
    Agricultural Communications Documentation Center, Funk Library, University of Illinois Box: 206 Document Number: D12817
    Journal Title:
    Journal of Agriculture and Food Research
    Journal Title Details:
    Vol. 11
    Notes:
    7 pages, Climate change is considered primarily as a human-created phenomenon that is changing the way humans live. Nowhere are the impacts of climate change more evident than in the food ecosphere. Climate-induced changes in temperature, precipitation, and rain patterns, as well as extreme weather events have already started impacting the yield, quality, and safety of food. Food safety and the availability of food is a fundamental aspect of ensuring food security and an adequate standard of living. With climate change, there have been increasing instances of observed changes in the safety of food, particularly from a microbiological standpoint, as well as its quality and yield. Thus, there is an urgent need for the implementation of advanced methods to predict the food safety implications of climate change (i.e., future food safety issues) from a holistic perspective (overall food system). Artificial Intelligence (AI) and other such advanced technologies have, over the years, permeated many facets of the food chain, spanning both farm- (or ocean-) to-fork production, and food quality and safety testing and prediction. As a result, these are perfectly positioned to develop novel models to predict future climate change-induced food safety risks. This article provides a roundup of the latest research on the use of AI in the food industry, climate change and its impact on the food industry, as well as the social, ethical, and legal limitations of the same. Particularly, this perspective review stresses the importance of a holistic approach to food safety and quality prediction from a microbiological standpoint, encompassing diverse data streams to help stakeholders make the most informed decisions.